Drivers for this are part of the Linux kernel, if you have a handy Linux box or Raspberry Pi. To start, you need to use the USB serial console embedded in the Netgate box. Out of the box, the Netgate ADI/RCC-VE 2440 runs a CentOS 7, but it’s ready for pfSense too. But you can still buy support from pfSense if you buy the Netgate. If you buy from pfSense, you get two support calls, plus the knowledge that you’ve supported the project. I chose to buy from Netgate rather than pfSense because the standalone Netgate RCC-VE 2440 costs just $349, a full $150 less than the identical pfSense SG-2440.
And since this is the exact same hardware that pfSense uses for their supported router appliance, it’s perfect for that application! The entire device is integrated, tested, and fanless. But the 2440 is the ideal minimum, with QuickAssist and 4 GB of RAM. Netgate also makes smaller and larger versions of this same hardware platform, ranging from two to six Ethernet ports. One slick feature is an integrated USB serial console port.4GB of eMMC flash is plenty for a pfSense load, and the board also has two external USB 2.0 ports, a mini-SATA (mSATA) connector, a full-sized SATA II connector, and two full length Mini PCIe slots!.There is 4 GB of RAM soldered to the board, more than enough for pfSense.The board has four Intel Gigabit Ethernet ports.It features Intel’s Rangeley dual-core Atom 1.7 GHz CPU (C2358), which supports QuickAssist, AES-NI, and power management.The Netgate ADI 2440 board is ideal for pfSense because it was designed for it: It is possible to hack additional ports into these platforms by leveraging Mini PCIe or M.2, but I wanted something more integrated. Most, like the Intel NUC, have only a single Ethernet port making them less than perfect for a router. This makes it an ideal way to reuse old PC’s but makes it a bit harder to find a low-power integrated platform. One limitation, however, is that pfSense requires an Intel x86 processor. It supports just about every feature you’d want, from IPv6 to Multi-WAN to OpenVPN, and can perform well enough to keep up with most consumer or small business WAN links.
PfSense is the best open source router platform I’ve come across, and it’s only getting better with active development. Here’s my first impression and installation notes! The Netgate RCC-VE 2440 is an ideal platform for a pfSense router An Ideal pfSense Platform I selected the Netgate RCC-VE 2440 as my hardware platform, since it’s the same box that pfSense themselves use as their OEM bundle. It also checks all the boxes with a dual-core Atom CPU, four Gigabit Ethernet ports, and low-power fanless design. After some frustration with stability and latency connecting my virtual pfSense router to my cable and DSL modems, I decided to switch to a physical box.
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